Ultra-Wideband (UWB) technology is at present defined as any wireless transmission scheme that occupies a fractional bandwidth ≥20%, or more than 500 MHz of absolute bandwidth. In this paper we have considered an UWB system, based on Direct Sequence - UWB (DS-UWB) proposal standard, in an indoor multipath environment modeled in accordance with IEEE 802.15 channel modeling subcommittee. Performance are evaluated in terms of Frame Error Rate (FER) vs. transmitter-receiver distance and frame size and finally a polynomial regression analysis is carried out on simulation results in order to obtain a closed formula to describe, for different scenarios, the FER as a function of data rates, frame size and distance between transmitter and receiver. ©2007 IEEE.
FER regression analysis of DS-UWB-based WPAN
Fazio P.;
2007-01-01
Abstract
Ultra-Wideband (UWB) technology is at present defined as any wireless transmission scheme that occupies a fractional bandwidth ≥20%, or more than 500 MHz of absolute bandwidth. In this paper we have considered an UWB system, based on Direct Sequence - UWB (DS-UWB) proposal standard, in an indoor multipath environment modeled in accordance with IEEE 802.15 channel modeling subcommittee. Performance are evaluated in terms of Frame Error Rate (FER) vs. transmitter-receiver distance and frame size and finally a polynomial regression analysis is carried out on simulation results in order to obtain a closed formula to describe, for different scenarios, the FER as a function of data rates, frame size and distance between transmitter and receiver. ©2007 IEEE.
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